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Mechanical Engineering

Mechanical Engineering:-

Please click on the link and enjoy this awesome page - basics of Air compressor

 Please click on the link and enjoy this awesome page - pump

 Please click on the link and enjoy this awesome page - chiller

 Please click on the link and enjoy this awesome page - cooling tower

 Please click on the link and enjoy this awesome page - Thermic fluid heater

 Please click on the link and enjoy this awesome page - Boiler

 Please click on the link and enjoy this awesome page - Reactor

 Please click on the link and enjoy this awesome page - Agitator

 Please click on the link and enjoy this awesome page - Lubricants

 Please click on the link and enjoy this awesome page - HVAC

 Please click on the link and enjoy this awesome page - AHU

 Please click on the link and enjoy this awesome page -Vapour compression cycle

 Please click on the link and enjoy this awesome page -Vapour absorption cycle

 Please click on the link and enjoy this awesome page -Blender

 Please click on the link and enjoy this awesome page -Ball mill

 Please click on the link and enjoy this awesome page -RVD

 Please click on the link and enjoy this awesome page -ANF

 Please click on the link and enjoy this awesome page - Multi effect evaporator

 Please click on the link and enjoy this awesome page - RO plant

 Please click on the link and enjoy this awesome page - Water Treatment Plant

 Please click on the link and enjoy this awesome page - Definitions

 Please click on the link and enjoy this awesome page - Softener

 Please click on the link and enjoy this awesome page - Gearbox

 Please click on the link and enjoy this awesome page - Mechanical seal

 Please click on the link and enjoy this awesome page - Bearing

 Please click on the link and enjoy this awesome page - Vacuum Pump

 Please click on the link and enjoy this awesome page - TPM

 Please click on the link and enjoy this awesome page - Formula

 Please click on the link and enjoy this awesome page - Maintenance

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How to find out length of holding tube in pasteurizer?

Pasteurization requires that the milk is in custody for a specified time. The appropriate length for the holding tube can be calculated by the flow rate (Q) of milk and the diameter (D) of the holding tube using the formula: Length of holding tube, L = Q x holding time/A x Î· A = Area = pi/4 x sqr D Where an efficiency factor, η, of 0.85 is used in the model.
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Specific power consumption of Air compressor

Specific Power Consumption   Specific power consumption is the ratio of the power consumed by an engine to a certain force such as the amount of output the engine (equipment) produces. It allows engines (equipments) of all different sizes to be compared to see which is the most power efficient. It allows manufacturers to see which engine (equipment) will use the least power while still producing a high amount of output. Specific power consumption of Air compressor The ratio of power consumption (in KW) to the volume delivered at ambient conditions. Specific power consumption= Actual power consumed by the compressor/Measured free air delivery If the measured flow is 250 m3/hr and actual power consumption is 30KW. Then Specific power requirement = 20 KW/250 m3/hr
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